MAX2471EUT-T

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The MAX2471EUT-T is an impedance-controlled analog amplifier that is used in a variety of applications. Using current/voltage feedback, it provides high-accuracy, low-distortion, and wide-bandwidth performance. The MAX2471EUT-T is well-suited for imaging, audio, video, and telecommunications systems. As a member of the family of linear amplifiers, instrumentation op amps, and buffer amps, the MAX2471EUT-T is a versatile amplifier suitable for many applications.

The MAX2471EUT-T is a unity gain-stable op amp with a wideband differential-signal gain of 20dB. It can also provide single-ended signal gains of 14dB. The MAX2471EUT-T also offers an adjustable common-mode range down to less than one volt, which makes it well-suited for portable and low-noise applications. It has excellent bandwidth, low distortion, low power consumption, and extremely low input bias current, making it an ideal choice for audio and video signal conditioning.

The MAX2471EUT-T offers configurable gain, making it extremely convenient for a variety of applications. The voltage gain is easily adjustable through a single resistor, allowing the user to select a gain between -1 and +14. The output voltage swing is typically limited to within 5V, making it an ideal choice for low-power and low-voltage applications.

The MAX2471EUT-T provides excellent noise performance, thanks to its low-noise input stage. The input impedance can be adjusted to 500 ohms through the use of an external resistor. This feature is especially useful in applications where noise is an issue.

The MAX2471EUT-T is a highly versatile amplifier that can be used in a variety of applications. It is particularly well-suited for use in imaging, audio, video, and telecommunication systems. The MAX2471EUT-T\'s wide common-mode range, low distortion, and low power consumption make it an ideal choice for low-power and low-voltage applications. It also has excellent bandwidth and low-noise characteristics, making it well-suited for signal conditioning. Its adjustable gain structure offers users the freedom to select the best possible signal performance for their application.

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